63 V / 680 uF CAK38M High-Temperature (200°C) Non-Solid Electrolyte Tantalum Capacitor
CAK38M-63-680-M-D
Rated Voltage (Ur): 63 V
Derated Voltage (200°C): 37.8 V
Capacitance (CR): 680 uF
Capacitance Tolerance: +/-20% (Code M)
Case Code: D
Operating Temperature: -55 to +200°C
(derate above 85°C)
- Description
- Datasheet
- Outline
- Reviews (0)
Description
The CAK38M-63-680-M-D is a high-temperature (200°C) non-solid electrolyte tantalum capacitor rated at 63 V and 680 uF with tolerance code M (+/-20%). It features a metal case with hermetic sealing and polarized design. The capacitor offers stable electrical performance, high reliability, and high energy density per volume. It supports frequent charge/discharge cycles and operates from -55°C to +200°C with voltage derating required above 85°C. This capacitor is suitable for high-temperature energy storage applications and can be used in DC, pulse and low-frequency circuits in high-reliability systems.
CAK38M-63-680-M-D | |
| 63 V / 680 uF CAK38M High-Temperature (200°C) Non-Solid Electrolyte Tantalum Capacitor | |
Property | Value |
| Rated Voltage (Ur)(V) | 63 |
| Derated Voltage (200degC)(V) | 40 |
| Capacitance (CR)(uf) | 680 |
| Max. DC Leakage (25degC)(uA) | 50 |
| Max. DC Leakage Current (85degC/200degC)(uA) | 100 |
| Max. ESR (100 Hz @ -55C)(Ohm) | 0.5 |
| Max. Ripple Current (85C/40kHz)(mA) | 2510 |
| Capacitance Change (-55degC/85degC/200degC) | -40 / 40 / 30 |
| Capacitance Tolerance | M: +/-20% |
| Dimensions | Lmax 11.5, L1 12.5+/-0.2, W 8.5+/-0.2, H 10.5+/-0.5, P 2.5+/-0.2, Tw 5.0+/-0.2 (mm) |
| Operational Temperature (°C) | -55 to +200 |
| Storage Life | <=18 months from warehouse entry |
| Storage Conditions | RH <=70% |
Features | |
| Superior Electrical Stability | |
| Compact Design | |
| High Reliability | |
| Long-Lasting Service Life | |
| Excellent Shelf-Stability | |
Applications | |
| For High-reliability military electronic equipment used in aviation,aerospace, weapons, satellites, radar, and other applications, where DC, pulsating, and low ripple circuits are required. | |
Reviews
There are no reviews yet.